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iHUB-IIT-R

Electric Vehicle Course

37,749 Ratings

Become an electric vehicle professional by working on real-world case studies and projects through the course in just 6 months!

  • Electric Vehicle Course in association with iHUB, IIT Roorkee (Technology Innovation Hub of IIT Roorkee)
  • Master Electric Vehicle Design, Tools & Techniques like Battery Design, Electric Vehicle subsystems, charging infrastructure, etc.
  • Learn EV Design Course from IIT Faculty & Industry Experts
  • 2 Days Campus Immersion at iHUB, IIT Roorkee

EV Course Key Highlights

50+ live sessions over 6 months
Exclusively curated projects
One-on-one interaction with mentors
24/7 support by Intellipaat
Learn from IIT faculty and industry experts
Designed for working professionals and freshers
Dedicated learning management team
Soft skills & essential training
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Overview

What will you learn in this Electric Vehicle Design Course?

In this electric vehicle design course, you will learn the following subjects:

  • Basics of Electromobility and Steering dynamics
  • Wire Harnessing (EMI & EMC)
  • SoP and SoF estimation
  • Battery Modelling
  • EV Powertrain Architecture
  • Understanding of SOC and Cell balancing
  • Speed Control Methods
  • Designing the R-C model in MATLAB
  • Power Converters and Inverters
  • Battery deterioration analysis
  • Design and simulation of AC and DC Charge Controller
  • SoH estimation

You should enroll in this Electric Vehicle Design Training because of the following reasons:

  • According to Beyond Market Insights, the size of the Global Electric Vehicle Market was worth around USD 178.5 billion in 2021 and is predicted to grow to around USD 1108.8 billion by 2030 with a compound annual growth rate (CAGR) of roughly 22.5% between 2022 and 2030 – GlobeNewswire
  • With a lot of new players entering the EV sector, the opportunity to grow and have a successful career has grown substantially

After completing this Electric Vehicle Course, you can get into various roles, such as Electric Vehicle designer, chemical engineer in the manufacturing sector, communications engineer in locomotive industries, and electrical engineer.

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Meet the Mentors

What roles can Electric Vehicle professionals play?

Battery Manufacturing Engineer

Chemical engineers are crucial to the development of EVs because they investigate various chemical compounds that can be used to improve battery technology’s safety and effectiveness.

Automotive Control Systems Engineer

Engineers in computer science work to create and set up the computational specifications for Electric Vehicles. This includes setting up and creating algorithms for battery management systems (BMSs) and Internet of Things (IoT) modules that deliver real-time data produced by the operation of EVs.

Vehicle Control Systems Engineer

Electric Vehicles have a lot of mechanical and moving components, just like any other kind of vehicle. Mechanical engineers are in charge of creating all of these components, such as the vehicle frames and suspension systems.

Electronic and Communication Engineer

Electronics of the highest calibre are crucial for Electric Vehicles. Engineers in the fields of electronics, communication and embedded systems are in charge of designing, creating, and testing all electronic modules, driver circuits, wiring systems, and a number of other essential parts.

Powertrain System Engineer

In order to design and test the wiring and power systems of Electric Vehicles, electrical engineers’ knowledge and skills are a must, given the very nature of how EVs operate.

Urban Planner

As an urban planner, you will choose the best way to create the infrastructure for charging and collaborate with government agencies to select locations for charging stations. To create a strong infrastructure for the EV industry, given its rapid growth, more urban planners will be needed.

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Skills Covered

Vehicle Fundamentals

Battery Technology

Battery Sizing

Battery Management System (BMS) Development

MATLAB Simulink

Mechanical sub-systems

Charging Infrastructure

Low-voltage Systems

Testing of EVs

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Tools to Master

Matlab MS-Visio simulink
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Electric Vehicle Course Fees

Online Classroom Preferred

  • Everything in Self-Paced Learning, plus
  • 50+ live sessions over 6 months
  • Job Assistance
Weekend (Sat - Sun)

31 Aug 2024 08:00 PM - 11:00 PM
$1,053 10% OFF Expires in

Corporate Training

  • Customized Learning
  • Enterprise Grade Learning Management System (LMS)
  • 24x7 Support
  • Enterprise Grade Reporting

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EV Design Course Syllabus

Live Course Industry Expert Academic Faculty

Module 1 – Matlab Fundamentals

  • Fundamentals and Programming Basics
  • MATLAB and Simulink
  • Programming on Matlab
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Module 2 – Matlab Programming and Plotting

  • Matlab Programming & Plotting Functions
  • Debugging
  • 2D & 3D plots
  • Formatting
  • Function Access
  • Scripts Generation
  • Annotations
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  • Elementary Math
  • Trigonometry
  • Linear Algebra
  • Interpolation
  • Numerical Integration
  • Matrix and pseudo functions
  • Polynomial and Linear Algebra. (polyfit, polyval, eval etc.)
  • Matlab Demo
  • Solving differential equations
  • Introduction to ODE function in MATLAB
  • Solving single order differential equation
  • Solving higher order differential equation
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  • Electric Vehicle Markets and Growth
  • Basic Block Diagram of an EV and Working Principles
  • Introduction of Major Components
  • Charger
  • MATLAB Software Introduction
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  • Types of Conventional vehicle layouts
  • Components of ICE Powertrain
  • Engine, Engine Subsystems, Clutch, Transmission, Propeller Shaft, Differential, Power losses during power transmission
  • Different types of Vehicles (Source of Energy)
  • Hybrid vehicle
  • Classification of HEV
  • Degree of Hybridization: Mild, Medium, Full, Architecture: Series, Parallel, Series-parallel, Position of motors: P0, P1, P2, P3/P4
  • EV Architecture layouts
  • Single motor, Double motor, Motor in Wheel layout, Advantages and disadvantages of different layouts
  • Electric Power Drive Systems
  • Energy Source Subsystem (BMS), Energy Source, Energy Refuelling Units, Auxiliary Subsystem
  • Electric Propulsion Subsystem
  • Electronic Controller, Power Converter, Electric Motor, Manual Transmission
  • Comparison between EV & ICE Vehicle
  • Electric Vehicle Architecture Layout
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  • Steering System in an EV
  • Steering Gearbox
  • Hydraulic power assisted Steering system
  • Steer by wire Steering system and its advantages
  • Suspension System in an EV
  • Braking System in EV
  • Chassis System of an EV
  • Transmission System in an EV
  • Thermal management of an EV
  • Wheels and Tires in EV
  • Wheels and Tires alignment
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  • Voltage Control & Power Management
  • Types of Batteries
  • Connected Vehicle Technologies
  • Comprehensive Vehicle Communication
  • Enhanced Vehicle Control
  • In-Car Communication Protocols
  • EMC & EMI Mitigation
  • Electrostatic Charge & Discharge
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  • Battery Specifications of Different EV Segments
  • Charging Methods and Power Ratings
  • Battery Swapping (Manual & Autonomous)
  • Advantages And Challenges of Battery Swapping
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  • What is Simulink?
  • Why do we use it?
  • What is mathematical modelling?
  • Simulation time
  • Solver configuration
  • Simulink library browser
  • What is a System?
  • Subsystem
  • Annotations
  • Masking a system
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  • Unit Step, Ramp, Constant, Display, trigonometric, chirp signal blocks etc.
  • scope block needs to be discussed in detail
  • Function block in Simulink
  • Basic Mathematical modelling
  • Modelling Algebraic equations
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  • Introduction to Linear and Non-linear systems
  • Basics of Spring Mass Damper System
  • Various responses of SMD system
  • Underdamped, Critically damped & Overdamped response
  • Characteristics of System response
  • Steady State Error, Rise Time, Settling Time, Overshoot
  • Modelling A simple SMD system using MATLAB
  • Simple Harmonic Oscillator (SHO): A special case of SMD system (Undamped response)
  • Modelling of SHO System (Undamped system response)
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  • Introduction to Time domain & Frequency domain
  • What is the Transfer function?
  • Introduction to State Space Representation
  • Example of State space representation
  • Basics of Laplace transform
  • Obtaining Transfer function of SMD System
  • Modelling SMD system using Transfer function
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  • Motor ratings (JKK)
  • EV/HEV motor requirement (JKK)
  • Types of Motors:
  • Torque and speed control:
  • Torque and speed control:
  • Motor drives and converters used in EVs (JKK)
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  • Battery modelling
  • Advantages and Disadvantages (MKP)
  • Characteristics of battery cell (MKP)
  • Battery sizing (MKP)
  • Introduction and Objective of BMS (MKP)
  • Charging and discharging control (MKP)
  • Understanding of SOC, Cell balancing (MKP)
  • BMS topologies
  • SoC estimation
  • Protection and battery management system logic Development.
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  • EV supply equipment (EVSE), EV battery chargers’ components (AKY)
  • Charging infrastructure challenges
  • Classification based on charging levels (region- wise), modes, plug types (AKY)
  • Standards related to: connectors, communication protocols, supply equipment (AKY)
  • Converters used in EV chargers (AKY)
  • Communication protocol/procedures for BHARAT DC001 (AKY)
  • Communication protocol/procedures for CCS2 charger (AKY)
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  • Charging station components (SKP)
  • Topologies and strategies used in fast chargers (SKP)
  • Renewable integration
  • Solid state transformer (SKP)
  • DC/DC Converter
  • Modelling and Simulation (SKP)
  • AC/DC Converter
  • Modelling and Simulation (SKP)
  • Design and simulation of AC and DC charge controller (SKP)
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  • Autonomous Vehicle Kinematics and Constraints
  • Control to reference position and pose.
  • Control of autonomous vehicle using kinematics
  • Lateral Vehicle Dynamics
  • Steering Control for Automated Lane Keeping
  • Cruise Control in Autonomous Vehicles
  • Perception in autonomous vehicles
  • Layers of Motion Planning for autonomous vehicles
  • Motion Planning Primitives and Planning Scenarios
  • Path planning methods
  • Collision avoidance
  • Co-operative control-based planning
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  • Penetration Testing
  • Thermal Testing
  • Non- Destructive Testing.
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  • Voltage, Current and Ohm’s Law
  • DC Vs AC Current
  • Series Circuit vs Parallel Circuit
  • Resistor
  • Capacitor
  • Inductor
  • Voltage Divider
  • Magnetic Field
  • Right Hand Rule
  • Conductor and Insulator
  • Semiconductors
  • P-N Junction
  • Diodes
  • Bipolar Junction Transistor
  • MOSFET
  • IGBTs
  • Various Laws of Electromagnetism
  • Energy Loss
  • Lenz’s Law
  • Terminology for Motor
  • Inductance
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  • Newton’s 3 Laws of Motion
  • Speed, Velocity and Acceleration
  • Kinematic Equations for Linear Motion
  • Kinematic Equations for Angular Motion
  • Force
  • Energy
  • Work & Power
  • Pressure
  • Pascal’s Law
  • Friction Force
  • Aerodynamic Drag
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  • Introduction
  • Moment of Force
  • FFT of Square Waveforms
  • Basic Integration of Functions of Time
  • Magnetic Dipoles
  • Rotating Magnetic Field
  • Coil
  • Coil Sides
  • Turn
  • Full Pitch and Short Pitch
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  • Introduction
  • Concentrated and Distributed Winding
  • PID Controller Operation and Reference Tracking
  • Laws of Electromagnetic Induction
  • Lenz’s Law
  • Types of Electrical Motors
  • Basics of Induction Machine Operation
  • Steady-State Equivalent Circuits
  • Self-Inductance
  • Leakage Inductance
  • Mutual Inductance
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  • Slip in Induction Machine
  • Synchronous Machines
  • Electrical Machine Losses
  • Power Electronic Devices
  • Voltage and Current in Electrical Machines
  • DC Machine Speed Control
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Electric Vehicle Projects

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Electric Vehicle Certification

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About iHUB Divyasampark, IIT Roorkee

iHUB DivyaSampark at IIT Roorkee, established under the National Mission on Interdisciplinary Cyber-Physical Systems (NM-ICPS) by the Department of Science and Technology (DST), focuses on fostering innovation in advanced technologies such as AI, ML, and more. The hub plays a pivotal role in technology development, incubation, and startups, particularly in areas like Healthcare, Industry 4.0, Smart Cities, and Defence.

By integrating smart devices with next-generation materials, iHUB DivyaSampark aims to drive CPS advancements, collaborating with government and industry to meet market needs and support a self-reliant India.

On the successful completion of this Electric Vehicle Design Training, along with the given projects and assignments, and scoring a minimum of 60 percent in the certification examination, you will be rewarded with the advanced certification in Electric Vehicle Design by iHUB, IIT Roorkee and Intellipaat.

The Electric Vehicle industry has seen a tremendous boost in the last decade and is expected to grow exponentially in the future. Hence, the popularity of Electric Vehicle Design skills has been increasing and a majority of companies consider Electric Vehicle Design Certification to be a must-have for their employees.

This Electric Vehicle Design Certification will equip you with all the Electric Vehicle Design methodologies and principles that will help you develop a rewarding career in this domain.

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FAQs

What is Electric Vehicle Design?

Electric Vehicle Design is a multifaceted process of building electric vehicles that do not run on legacy combustion engines using non-renewable fuels. You get to work on various factors including, but not limited to, range estimation, battery optimization, design analysis, etc.

The EV business presents several job prospects. Experts predict that the transition from conventional cars to electric vehicles will cause a significant change in the automotive sector by 2025. By 2025, electric vehicles will have risen from 3% to 23% of the worldwide market.

The average base pay for Electric Vehicle Design Professionals stands at INR 700,000 p.a., for entry-level positions. This can go as high as INR 2,500,000 p.a.

Some of the major companies hiring Electric Vehicle designers are Maruti Suzuki, Ather, Piaggio and Simulation Lab, etc.

No, it is absolutely possible to start a career in Electric Vehicle design without a degree.

For MATLAB you will have to pay additional INR 40,000.

Intellipaat offers query resolution, and you can raise a ticket with the dedicated support team at any time. You can avail yourself of email support for all your queries. We can also arrange one-on-one sessions with our support team If your query does not get resolved through email. However, 1:1 session support is given for 6 months from the start date of your course.

Intellipaat provides placement assistance to all learners who have completed the training and moved to the placement pool after clearing the PRT (Placement Readiness Test). More than 500+ top MNCs and startups hire Intellipaat learners. Our alumni work with Google, Microsoft, Amazon, Sony, Ericsson, TCS, Mu Sigma, etc.

No, Our job assistance is aimed at helping you land your dream job. It offers a potential opportunity for you to explore various competitive openings in the corporate world and find a well-paid job, matching your profile. The final hiring decision will always be based on your performance in the interview and the requirements of the recruiter.

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